ML algorithms implemented and derived from first-principles in Jupyter Notebooks and NumPy
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Updated
Mar 3, 2026 - TeX
NumPy is an open source library for the Python programming language, adding support for large, multidimensional arrays, and matrices, along with a large collection of high-level mathematical functions to operate on these arrays.
ML algorithms implemented and derived from first-principles in Jupyter Notebooks and NumPy
Bootcamp to learn Python for Machine Learning
This repository hosts the source code for the website tidy-finance.org
Deep Reinforcement Learning in Autonomous Driving: the A3C algorithm used to make a car learn to drive in TORCS; Python 3.5, Tensorflow, tensorboard, numpy, gym-torcs, ubuntu, latex
comparative evaluation of incremental machine learning methods
Course webpage for EE521 Digital Signal Processors Lab 2021 IIT Guwahati
تعمّق في التعلّم العميق: كتاب تفاعلي حول التعلّم العميق يدمج الرياضيات و الأكواد و المناقشات ليوفر تجربةَ تعلُّمٍ متكامِلَة.
Estimating various properties of globular clusters from astrophotometric data
Seminar project at FER led by Assistant Professor Marko Čupić
SUF is a SUperset Framework for OpenROAD that acts as an enhancement graft by augmenting the original capabilities.
Integrated Python+hi_CLASS/MontePython framework implementing the Informational Graph Dynamics model for emergent locality and quantum-like behavior.
Python script that simulates bone formation in a tissue culture well. The simulation is based on a cellular automaton model, where each cell represents a site in the tissue culture well. The model takes into account the mechanical tension in the tissue culture well, as well as the influence of neighboring cells on each other.
Análisis y estudio de mejora sobre el algoritmo "The Whale Optimization Algorithm"
🔥 Solving the heat equation on square plate with finite element method in Python.
Simple implementations of Genetic Algorithm on Traveling Salesman Problem
Study on the effects of stroke radius on semi-automatic image segmentation
A comprehensive computational physics project that simulates wave dynamics through coupled oscillator systems, exploring normal modes, symmetry effects, and wave propagation phenomena.
Created by Travis Oliphant
Latest release 7 days ago